so heartbreaking we get so close to getting a breakthrough and then the knowledge is lost
@mysticalsoulqc Жыл бұрын
nothing is lost!!!!!!!!!!!!!!!!!!!!
@aleldon90858 жыл бұрын
Dear Sir, I rarely write comments but after watching your videos...My great GREAT respect. I will not comment on subject but will point on design and construction of all your products. All of them looks like peace of art. Just joy to watch it. Thank you Sir!
@cutzwithrazzor8 жыл бұрын
Amazing, can't wait to see more on this. This would be great for a car in the summer, if you could get enough to cells to run one. Simply amazing.
@PMMG4HYBRID8 жыл бұрын
+cutzwithrazzor I'm working on a concentrated compact version of this device. We'll see how it goes.
@scottfreeman29674 жыл бұрын
It’s still a bit large compared to a AA or AAA at about 1.4-1.6v but the fact it doesn’t need to be thrown away or recharged means a lot even if it is quite large.
@vitanunis5 жыл бұрын
if this is a thermogalvanic cell, seems very efficicency, because there is a little temperature difference and it start working
@Chicsweet19873 жыл бұрын
At home I am already building it with graphite plates (2 types of graphite) and a dialectric electrolyte (a sticky gel-like liquid, it has to be a very viscous liquid). And the best thing is, it works as you described it, but the energy comes from heat because it converts the energy of the heat into electricity, thereby charging the plates. The electrolyte has free charge carriers that move and release electrons from the cathodes and anodes. I wanted to buy something like that, but I can't afford $ 2,000 or even more and most of the others I even told a friend about it that he found her invention interesting (he said to me "It's a fine thing;)"). Why not sell cheaper units for $ 100 with it you would earn much more than with such expensive units that can not afford so many bars. More buyers mean more revenue, so you only give a small part the opportunity to explore this thing. I would buy it only if I either had enough money or if it was cheaper. LG
@shahruhash3 жыл бұрын
hey can you help me with schematic ?
@brodyschofield8014 Жыл бұрын
Did yours generate electricity?!?
@Chicsweet1987 Жыл бұрын
@@brodyschofield8014 Yes
@rossm61538 жыл бұрын
can post more of how it's made, or what the patent no. is so we can look it up. This tech is very promising I have been looking for something like this for a future energy system I plan to make.
@WhatisReallyGoingOn8 жыл бұрын
Oh man I want some, I need a 12 volt set up (well 14.3V) for off grid power charging and such. Every one of my neighbors would want some. Very exciting, Thanks for your work!
@zeekjones17 жыл бұрын
Theory; The silicon seems to be absorbing the infrared, like a solar panel. It also seems to work like a low energy rechargeable chemical battery. I'd say these may be more practical for trickle charging than a standard solar panel in some applications. It seems more durable.
@accelerationunderload71888 жыл бұрын
Remember this conversation? I'm glad you're patenting "your technology" now. At least one "thank you", I think I deserve it, but most of all you have to thank Mr Giuseppe Zamboni for his Duluc Dry Pile invented in 1812 and still working. "... Now let me tell you about my experience with materials and energy. I always had the intuition that we can "create" energy apparently out of nothing, I don't know how to describe that other than saying that it's a feeling, a sort of a sixth sense. When I first tried some experiments on electrolytic cold fusion reactions with a variac and two pieces of silicon carbide as electrodes, I wanted to test the electrodes one by one with a common tester to see if there remains some energy stored, because those pieces had carbon fiber in them that in my imagination could work as a storage. Obviously I was wrong, but I saw that, where plasma separated silicon into quartz from carbon, it gave me some voltage. Then I tried with only silicon (not pure silicon) as anodes and graphite as cathodes, just like a Volta pile. it worked for a long time. I saw, when I changed the salt water in these piles, the reaction started as if it was a new pile. You know that it's not enough to change the acid in a volta pile, one must change the oxidized electrodes as well, but what kind of chemical reaction could happen in my experiments, I still have to understand. Everyone gave different explanations that fit with their thermodynamic mindset. I gave up those experiments years ago, but I think one day I will start them again, because my intuition is that if we put these electrodes in a particular geometric shape, we can create a huge amount of energy, apparently out of nothing, if we put an electromagnetic source to excite, for example a magnetron in the center of the arrangement. I believe this way we can excite and augment the connection between what scientists calls "vacuum energy", which is considered to be responsible for the four fundamental interactions, and the matter they support constantly in existence..."
@PMMG4HYBRID8 жыл бұрын
Yes, I've shown links to the Oxford Electric Bell of antiquity with its heavy sulphur encasing. Very little output, but continuing indeed. Nothing comes from nothing. It's all about conversion with the collection process and materials chosen to effectuate it.
@accelerationunderload71888 жыл бұрын
+PMMG4HYBRID So you already know the definition of "thermo galvanic" is not correct, because there's no corrosion on the electrodes. Eventually you'll have to replace the electrolyte if you don't understand that you have to apply an electromagnetic source of excitation to bring it back to life. You don't only have to think beyond chemistry and into physics, you have to think beyond the physics of 3D space + time of any material and start to consider the energetic source of everything, the source of empty spacetime itself. I don't understand why you're not doing it already, why don't you bring these machines to higher speeds to test different coils with different cores, improve efficiency and balance the pulsed coils to exceed 100% efficiency. Do that! I'm about to modify the entire electronics on your G1 in order to reach at least 3000 RPM and show how it improves efficiency with special shorted bucking coils in place of the Axial Flux three phase generator. It's damn funny! Draining less, producing more and accelerating all at the same time just by positioning that coil near the generator rotor, which is wider than the original one and has more N52 instead of N42 magnets. Will you patent it in time before I put an Open Source license on it? :D
@PMMG4HYBRID8 жыл бұрын
Good luck! I have always encouraged experimentation with our various gen kits.
@accelerationunderload71888 жыл бұрын
+PMMG4HYBRID and you're wrong, damn wrong as everybody else's thermodynamic mindset. Actually everything comes from nothing, it does it at the rate of billion of billions times per second. That dimension of "nothing" is the real reality, which contains all the possible realities in a potential state where matter and energy exist only conceptually. Thermodynamics are real and work perfectly, but are applied only to already existing matter or energy, not on stuff that still has to be created. For instance, a common scientist could say "You cannot make 2 liters of water from 1 liter", which is right, but you could say "If I understand how did that first liter of water come into existence, then I won't even need a drop of water to create all the liters I need from that `nothing`".
@myselfremade8 жыл бұрын
what
@jvon38852 жыл бұрын
Is anyone taking over this channel? I heard the uploaded passed away. Don't know the full story but I'm hoping his work was picked up by a close friend, relative or co worker. Any info would be appropriated.
@CardGamesTV12 жыл бұрын
damn he was assasinated?
@jvon38852 жыл бұрын
@@CardGamesTV1 don't know....
@addysoftware7 жыл бұрын
Did you tested the temperature of the cell comparatively with the environment? I would like to know the exact temperature of the cells when they deliver some power
@Authoratah8 жыл бұрын
I don't think the patent will be issued because these types of materials have experimented with for decades
@PMMG4HYBRID8 жыл бұрын
+GManGT Not with an internal silicon semiconductor.
@davecommander39587 жыл бұрын
So... it's just a single change battery?
@djfmitv8 жыл бұрын
In otherwords, you've just advanced (significantly) the Peltier Effect to greater magnitudes many times higher than a TEG? Incredible breakthrough, especially since we're talking about usable levels of energy at 1.4v per cell under load in less than ideal conditions. What happens in colder environments to the cell? Either way, very glad to see this and that your patent has been applied. Is there anywhere to get further information?
@lynnCJones8 жыл бұрын
so whats the life spand of it? can you. can you charge batterys with it? instead on youing a solar panels?
@Casanovafff6 жыл бұрын
you posted the voltage but what is the MAH
@JPip-cq7ur8 жыл бұрын
Is it just me or is this a better solution for roof top solar energy production? The primary issue for community acceptance of current solar cells is the "glassy" (is that even a real word) look of those panels. Just a casual look at these cells with a little cosmetic adaption seems they would be indistinguishable from a standard asphalt roofing tile. I'd put this on my roof (depending on durability) as soon as it were made available. Just my casual observation. The next step would be automatic replenishment of the electrolytic unless these last 20 to 30 years as is. EDIT.. I posted this with out reading every previous post and then I found a post by " Chao Li" so please don't think I was appropriating another persons thoughts
@PMMG4HYBRID8 жыл бұрын
Could be an excellent application. No replenishment needed.
@petermay29623 жыл бұрын
just displaying a votage is meaningless. You need to show the current on load, right.
@brianwright41046 жыл бұрын
I have an idea for combining all of your inventions into one machine depends on how you define it but I have been thinking along the same lines as you for years not just capacitors and generation but massive power charge and storage ie storing lighting strike power and trickle feed it out and others that would have your jaw hit the floor
@troyw58326 жыл бұрын
What happens when you nano scale graphene silicone graphene to nanometers will you get 1.5v every layer????if one sheet has 12 layers I should get 18 volts????
@jesusisalive32278 жыл бұрын
keep up the good work! we need a new source of affordable power and it looks to me like your well on the way to finding/concocting it!
@jasongoldthwait1548 жыл бұрын
A chemist told me years ago that silicon wafer batteries had been invented but for whatever reason they never went into production.
@PMMG4HYBRID8 жыл бұрын
+Jason Goldthwait Very interesting. There should be some information available.
@jasongoldthwait1548 жыл бұрын
+PMMG4HYBRID I can't get ahold of the man that told me that. But he told me the reason he gave up on it was because of the way he had to cut the sheets. Sounds stupid. And Paul told him how to cut the sheets, He was also a mathematician. His name was Paul Luckashuck, 49ers metal management. Now living in Arkansas.
@PMMG4HYBRID8 жыл бұрын
+Jason Goldthwait Thanks for the info. I'll do a little searching.
@jasongoldthwait1548 жыл бұрын
PMMG4HYBRID Paul wasn't the one who came up with the idea but he would most likely be able to give you the details if you could get ahold of him. I tried to a while back but he went out of business so I think he should of his phone. You could always try to write him if you can find his address. You can tell him Jay told you about this, I used to work for him.
@PMMG4HYBRID8 жыл бұрын
+Jason Goldthwait Ok, thanks Jay.
@naokikashima93498 жыл бұрын
PMMG4HYBRID, I know that you applied for the patent for this type of a battery. However, do you ever plan on doing a 'how to' video on these batteries? Maybe you could share the information how to make your early prototypes with the people of youtube. I would love to try building one of these myself (if the materials are cheap enough of course). Again, awesome work with these batteries!!
@tectalabyss8 жыл бұрын
I wish you all the very best,with your invention. Would love to see these make a big change in the power industry. Sounds way safer than those types of battery's that burst into flames.
@PMMG4HYBRID8 жыл бұрын
+Bobby Tectalabyss Yes, extremely safe though the "exploding" rechargeable lithiums have far more energy density.
@alexhutchins55456 жыл бұрын
Who are you! And thank you for putting all of this on KZfaq.
@hjcontacts8 жыл бұрын
Seeing your logo made me realize i wasn't crazy.. I've been thinking of creating the same type of machines when i graduate from engineering college. Got a diploma in power mechanics and almost getting done with my electronics degree.. But been into sacred geometry for a long time.. I'm thrilled to see you've already done it specially when all those morons told me it can't be done. Amazing work bro. Subscribed. And hopefully we'll see more of your creativity and success to inspire more of us. It'll take me a while before i start on my idea.. But I'll get there.. Thanks for the videos
@RADIOIONICS3 ай бұрын
This inventor has died cancer! If you look up silicone battery you will see that everyone and his uncle is now claiming that they discovered something new! How pathetic!!!
@download3337 жыл бұрын
I don't understand what you mean by "without recharging". Ever? Is the electricity produced by a chemical reaction? If so what happens once the inputs to the reaction are used up? If not, what's producing the electricity?
@elitewolverine7 жыл бұрын
if it is a silicon crystal it could be a vibration based. Take a crystal wrap copper on both ends, strike it and read the voltage. It sounds like the crystals are small enough that photos striking it are producing a vibration. Also crystals can produce electricity via heat too. Which would explain outside it increasing output.
@download3337 жыл бұрын
He doesn't seem to purport that it generates a lot of electricity, just that it generates electricity for a long time. My guess is it's a battery that supplies a very small amount of current for a very long time. The test rig with the electromagnetic pendulum could easily be powered off such a source.
@elitewolverine7 жыл бұрын
which is what you would get from a solid crystal battery, like a quartz battery. But link enough together and with the right motor design and you could do enough work. Probably not gonna power a car or anything. But if it can power a generator it could power lights in a home simply charge up batteries over time. In his motor he is using it to power up caps, which charge quickly and then release it.
@54l68l65l20l47l61l6D7 жыл бұрын
I would be interested in the energy density of these cells, since that would be the only possible advantage of these things over more conventional cells in everyday use cases. Too bad there are no density claims, much less technical documentation, on the website.
@doc_ineeda_win58347 жыл бұрын
make them in vacuum it will help with the expanding
@violeman8 жыл бұрын
Good Job!! Thanks 4 Sharing bud!! Just Loved your Momentum Self Charging Systems you had there!!! Showed and talked about it to all my Engineering Family!!! Thanks Again Bud!! DEv
@Jkauppa7 жыл бұрын
M1-I-M2 diode, where M1-M2 metals/carbon makes a electric field and sweeps the intrinsic Si thermoelectrons to make current? TEG? Try putting it next to a fire?
@dalilgiorgi994 Жыл бұрын
electrochemical potential guided IR rectenna, very convenient, using a free standing Graphene foil instead of graphite could become even more performant and energy dense!
@Sas_HeatherC7 жыл бұрын
Peltier effect is PHYSICS . its an effect where heat is emitted or absorbed when an electric current passes across a joint between two materials. Found by French physicist Jean Charles Athanase Peltier using the thermoelectric effect. PROVISIONAL patents on something that already exists, just in a different configuration. its only the already discovered science he is applying that is awesome
@PMMG4HYBRID7 жыл бұрын
That's thermoelectric. These original cells were thermogalvanic to a small degree. Not the same. New Rev4 cells are neither... and better.
@Sas_HeatherC7 жыл бұрын
PMMG4HYBRID then how do they differ? curious. also, when you apply the heat of your hand, the temperature gradient changes on one side of the plate, and it us cooler on the other side. the materual may be different, but physics is still the same
@PMMG4HYBRID7 жыл бұрын
Heat applied to both sides simultaneously will increase the voltage output even further on these first generation cells. No Peltier.
@Sas_HeatherC7 жыл бұрын
PMMG4HYBRID so the heat, a catalyst, produced into energy as seebeck did in his conversion of heat directly into electricity
@PMMG4HYBRID7 жыл бұрын
Heat is not required at all. It is only a very small, nearly insignificant additive if applied.
@filtertheblood8 жыл бұрын
wow..awesome stuff. finally somebody taking the road less traveled and making something unique and actually useful..thank you......p.s. when can i buy one?
@PMMG4HYBRID8 жыл бұрын
+filtertheblood After much more testing, we'll determine the practicality of manufacturing.
@BretBowlby5 жыл бұрын
I'd really like to see more on these. Currently getting into battery tech thanks to my electric bike build. Keep up the good work PMMG4HYBRID!!
@jeffreybaker84677 жыл бұрын
i see you have one on top of the other,i have these and can run on a double a battery constant for 2 years and are still going.
@griffgriffo97468 жыл бұрын
Can't wait to see the multi cell experiments...
@MTRX20117 жыл бұрын
how many amps?? voltage doesn't exactly tell us how much electricity they're producing. you can have a lot of volts and no amps, and therefore very few electrons to harvest.
@milapravda39165 жыл бұрын
Thank you, that is fantastic. I believe my quartz crystal oscillator can still amplify the power billion times.
@WiggleThemNibblets8 жыл бұрын
I have no prior experience with crystal cell batteries but I was wondering if the silicon crystals are expanding and contracting causing electricity to be made through friction?
@TraderTaurus8 жыл бұрын
hello! maybe an off-topic question but, is there any material that can reduce magnetism if placed between 2 magnets? love your videos! keep it up👍
@PMMG4HYBRID8 жыл бұрын
+Gustav Fredriksson Multiple layers of MuMetal are probably the closest. It is used to block electromagnetic waves, but only partially works for permanent magnets.
@TraderTaurus8 жыл бұрын
+PMMG4HYBRID Thank you for your time, sir!
@erikschiegg686 жыл бұрын
You got to make an end consumer article out of your bright ideal, the modules are not enough for success. For example a fridge funtioning just on Environment heat. Or better, roof tiles for air conditioning...
@DennisMathias7 жыл бұрын
How much current at 1.44 volts? What kind of output at 0 deg C?
@swampratt368 жыл бұрын
524th lol...thanks Mike always excited to see a video from you ! Great stuff and glad you were able to get a patent . Any idea when these will be in production and price per unit ? I would be interested in making a bank of these. .
@PMMG4HYBRID8 жыл бұрын
+swampratt36 HaHa, never too late. I still need to do a lot of testing including environmental variables, before deciding if manufacturing is beneficial for all. I'm working on the first concentrator unit currently. Should be very interesting. Good to hear from you.
@jeromystewart8 жыл бұрын
Have you tried them in a shielded environment? I wonder if they are picking up EM waves
@shawnkearney25428 жыл бұрын
yes, because that makes perfect sense...
@Mr.Unbreakable838 жыл бұрын
I've followed your page for sometime and I always wondered if you could use a your generators to power a house
@olumideoderinde16998 жыл бұрын
PMMG4HYBRID, you just ROCK!!! I read silly things being said sometimes, many by peeps who have not assembled and tested your inventions. I assume those negative comments actually fuel your progress. Please keep your hat flying in the clouds, and get to the point at which your ultimate goal is achieved.
@SovereignKnight748 жыл бұрын
Wonder what Graphene would do when implemented in this prototype?
@amirrahiminia25567 жыл бұрын
Thank you, showing us some of your findings but Converting chemical energy to electrical is not new unless someone comes with an idea that surrounding air can re-depot the original chemical composition back to it's place. That being said, the thing you have done is still new and great.
@ejtimeandspace7 жыл бұрын
I would hope if this can be adapted for coating housing
@wankerplutonium66718 жыл бұрын
You can't recharge these but you can add humidity and keep warm. I think he should have used Meta-Turbonite and Thorium also Beryllium as a neutron emitter / very high radiation ! So you need lead shielding . I've done this a long time ago and got some 7.5 volts from the cell and at - 10 * for a day got 4.5 volts . The cold is a problem.
@violeman8 жыл бұрын
Plate Capacitors!! Nice!! Thanks 4 Sharing bud!!
@think-about-it-7778 жыл бұрын
Very interesting. I ran into some issues on MG+C and various crystal cells I was tinkering with based on LaserSaber's youtube channel "crystal battery cells". I put them into a glass jars and placed loads (simple LED). On a few I added a Joule thief. With load voltage dropped from 1.7 to 0.03, so I chained a few & put others into a series. The chemical reaction (galvanic corrosion) caused a breakdown which eventually produced a sort of "fine Magnesium dust", which caught FIRE in the glass mason jars. Although it was contained could have burned a house down (glass jars warped, heated up enough to create white rings on the concrete floor). Judging from your videos it seems to me you are smart enough to avoid problems, but I just wanted to share that 'Chemical to Electrical' reactions caused some unexpected leftovers... (the cells expanded, MG became dust, a strange white powder broke out of copper jackets that the crystal cells were placed into, ect...) => Note: This took 9 months for "massive galvanic corrosion" to happen to the MG on a scale that would cause alarm. They ran straight for 9 months before the fire incident although the "breakout" was evident at around 60 days. Best of luck to you, I hope to come back to this channel in a year and see where your Voltaic cells are at!!!
@PMMG4HYBRID8 жыл бұрын
+Think about it My cells don't freeze or burn. Be careful with the beginners variety of which you speak.
@think-about-it-7778 жыл бұрын
+PMMG4HYBRID Im an not an expert in organic chemistry, but any battery that produces electricity does so by breaking bonds and releasing electrons, that "energy" comes from somewhere, and in a chemical reaction (which I assume you are well aware) produces a by-product. alkaline batteries are dependent upon the reaction between zinc and manganese(IV) oxide (Zn/MnO2). In the case of the "crystal beginner" batteries which have been popping up on youtube the by-product of the MG is a highly flammable dust. by itself MG is quite stable, however the dust byproduct is not. In this case the batteries you are making must have a by-product, I am curious as to if you have discovered what it is, or, if you know?
@PMMG4HYBRID8 жыл бұрын
+Think about it Interestingly enough, any or all by-product is neutralized through the electrolyte. Analogous to having its own containment system.
@think-about-it-7778 жыл бұрын
+PMMG4HYBRID sounds fantastic... I am certainly to know more. Are these based on the "Czochralski process"? As described Fumio Shimura's book "Semiconductor Silicon Crystal Technology" (ASIN: B01D3RJDK4) ref:page 162 I played around with (PEM) cells a while back (Polymer Electrolyte Membranes) got them on fuelcellstore (d com). Which convert H to voltage, seems too messy/bulky for your application and motor here...
@think-about-it-7778 жыл бұрын
+bldrnnr11 All I know is it was hot enough to 'warp' the glass and cause "white circles" to form on the concrete floor. so... if temperature range between the softening/melting point for glass is between 700-1000*C, I would assume that the MG hit around there? point here is simple: Electrochemistry produces byproducts. Poke a hole in a LiO cell phone battery (go outside to do this) watch what happens. Battery manufacturers follow CPSC restrictions... Link=> www.cpsc.gov/en/Regulations-Laws--Standards/Voluntary-Standards/Topics/Batteries/ in a post apocalyptic world none of that matters. I am 50% excited about what PMMG4HYBRID claims, but 50% skeptical because of the vague nature of the video. (seems like Hutchenson/Bedinni style hustle)
@daledurgin6 жыл бұрын
You say heat boosts the voltage, so let's say you could incorporate several into the fabric of a jacket or coat and it could charge a phone like your black box?
@jeffbaker6556 жыл бұрын
I have these pendulums and they have been running on ordinary non rechargable batterys AA for2 years non stop.
@PMMG4HYBRID6 жыл бұрын
Let us know in another 10 or 20.
@black_baron_net4 жыл бұрын
4:50 Thanks GOD. KLEIN-TOOLS works without software updates. Otherwise the engineer would be more busy testing his own equipment from Monday to Sunday to make sure that it still works as intended. Gosh software and engineering. A never ending story.
@Jahmastasunherbalist5 жыл бұрын
When batteries last longer then the product. 2022?
@aranalan41995 жыл бұрын
Please you have the anode here the source of electrons where you connect the other terminal the cathode????
@PMMG4HYBRID5 жыл бұрын
correct
@M.T....8 жыл бұрын
How much does it weigh? Whats the energy density?
@beforebefore8 жыл бұрын
Exciting stuff... like some of the stuff John Hutchinson has done. I'll be waiting & watching for the ever-important "power" tests. If you only get 1uW per square cm, then the "usefulness factor" is very limited... at only 10mW/sq. meter. BUT... if it gets around 1mW per sq. cm (10W/sq. meter), then it gets REAL interesting!
@PMMG4HYBRID8 жыл бұрын
+beforebefore There are so many different conditions to also take into consideration for good testing such as 1) temperature gradients, 2) heat retention when in close proximity to other cells (this is beneficial since each individual cell is so thermally reactive), 3) the effect of series/parallel connections, 4) humidity.
@jimmartin78997 жыл бұрын
If you can stabilize that foam and can make shapes I am sure NASA would want to use it within their capsule program. How do your panels preform at very low temperatures? Does that foam have insulting capabilities has well has generate a charge?
@61066clocks8 жыл бұрын
Have always enjoyed you,re Insight,inventions videos made available to the public,You are going to make a big impact on global energy issues one of theses days, remember us all Here on KZfaq..lol..thanks for sharing Friend
@PMMG4HYBRID8 жыл бұрын
+TIM WILSON There can be good times ahead to be sure. Thank you.
@jplaplante56225 жыл бұрын
put 2 paralell 10 packs of those into a gutted car battery charger i bet that will fit in it add a charge circuit and Lion phone batteries till roughly 12v -15v keep in car for emergencies
@PMMG4HYBRID5 жыл бұрын
Great idea!
@jimmartin2436 жыл бұрын
There is a coil that looks like two cones twisted together with a space were to two tips meet. I wonder what would happen if solid state power cells were connected in series placed in the center and passed their built up current through the coil in a loop that kept passing the current through the crystal power cells over and over with each cell having a mini vacuum spark gap? This could be a new type of self generating battery could it not? This concept can be constructed at any size?
@indigodragon71296 жыл бұрын
Another concept would be to place a rewired drum motor generator with magnetic bearings designed to spin within the energy wave being passed through the tesla coils that would then generate a steady electrical current. All by using soild state electrolyte and graphite or graphene varbon power cells.
@sparten11147 жыл бұрын
can you form this to function in different shapes? do you need someone to manufacture on larger scale? ill mention it yet again add my circuit to these and your other systems and you will close the loop.
@isaacjibben80995 жыл бұрын
Incredible! My dream project has always bean to build some tip of self sustaining generator that will make enough power to run a zero turn mower and never have to weary about it adding fuel or doing rapers to it like you would with an combustion motor.
@jimmartin78997 жыл бұрын
That foam is very interesting. You should fill a copper coil with it and see what you can do with it? ; )
@Mr.Unbreakable838 жыл бұрын
so what would you use this for
@j.a.p.8184 жыл бұрын
That foam is really interesting, i would love to see a video where you make more of that foam...
@yorhekin61867 жыл бұрын
5:15 ... that's a negative side effect about rechargeable batteries using chemicals ... especially low and very cold temperatures can have negative effects and loose power very quickly. How does a crystal graphite battery react to very low around zero degrees temperatures? If your are able to transfer the heat from the brake rotor disk of a car to a crystal graphite battery ... one could generate energy even though the driver is slowing down the car.
@ancapftw91137 жыл бұрын
Thermal power systems are really interesting, but why not show us an amp reading?
@indigodragon71296 жыл бұрын
Heat is vibrstion cold is less vibration so why not find the correct hertz frequency to vibrate your power cells to optimize their total electrical output? Your in a high energy induction field called atmosphere that vibrates those cells. Sun light is a hertz frequency from an off world source that affects all crystal structures. Plants follow the vibration of sun light then at night are affected by earths vibration and return to a straight up and down position from the energy field being generated by earth forming the atmosphere correct? Would this not be a ying yang concept? During daylight hours would not everything be affected by two energy patterns one from earth and another from the sun? I am no scientist so this is why i asking a educated individual about these things? : )
@h.skiprobinson76688 жыл бұрын
Is another name for your cells, an electret? Two dissimilar materials with a dielectric material between them. Obviously there is more to it. I carbon nano-coated a piece of copper wire and all of a sudden their was voltage. Without the nano-coating, no voltage. You can discharge it and the voltage comes back without recharging them. Does your cells have that ability. We were just guessing that it is what Tesla called aether energy.
@alpergokcek67568 жыл бұрын
Hi mate! How to nano-coat a copper metal?
@iPhonesuechtler6 жыл бұрын
Really great things these "batteries". How thin can you make these cells and still get a reasonable amount of power out of them? and does the voltage suddenly decline bejond a certain amp draw (like C rating i guess?)? In the right combination (number/size ratio) of cells connected in the right balance of series and parallel connections, could you make enough power to run a car on them? Maybe produce the segments already in the right shape to make them layers of the body/shell of a car so no extra space is needed? Maybe you could power an ac motor with pulses of the cells controlled by some ic to give each cell time to get back to the pulse voltage.
@thomasrbishop87368 жыл бұрын
Hey ! your silicon crystal graphite battery looks great and when exposed to the Sun would a flat black coating absorb more heat faster ?
@PMMG4HYBRID8 жыл бұрын
+Thomas Bishop It might as long as it wouldn't block the porosity of the graphite being already one of the most thermally conductive of materials, and dark in natural color.
@thomasrbishop87368 жыл бұрын
Thank you and keep up the good work ,tomorrow is waiting for you .
@PMMG4HYBRID8 жыл бұрын
+Thomas Bishop Thanks Thomas. Very encouraging.
@babanaumarian53346 жыл бұрын
I need to power a photo tablet with 5V 2Amp, for non stop. This is a regular tablet that will contains some information required for public information and it need to work also in the winter, at temperature with -20; -30. I will also need to know if this Silicon Crystal Graphite Battery can be charged with solar panels. Thanks.
@paladin06548 жыл бұрын
Talked to the Defense Department about this?
@JozefTrubac8 жыл бұрын
I am working on DIY parabolic solar concentrator that can generate quite a lot of heat (boils water in some 2 min) You think your TEG unit can be good for this purpose?
@PMMG4HYBRID8 жыл бұрын
+Jozef Trubac I've got a few different channels of this tech in the works. Just need time for all while producing a new consumer product... coming very soon.
@jeremiahbarlow19244 жыл бұрын
Smaller Cells? I am thinking of an ATV LED headlight that has this cell built in and have the cell with a capacitor and logic to maintain the ATV battery year round.
@TRICHOMETRIST5 жыл бұрын
Have you done any experiments with HEMP? Watching your re gen videos made me think of quartz. Love your power pack prototypes The reason I asked about HEMP is HEMP paper is strong and NANO tech has proven efficacy! Maybe a mix of HEMP and graphite !
@turboroscoemaguedavedicker72815 жыл бұрын
TRICHOMETRIST I do believe that it would be an excellent opportunity to demonstrate the usefulness of Hemp.
@johanponin13607 жыл бұрын
So this is silicon crystal "thermocouple" ?
@johanponin13607 жыл бұрын
Ha, you mentioned thermocouples after.
@babanaumarian53346 жыл бұрын
Hello! Can you tell me how are they working in hard meteo condition. Like -20*C temperature? And also, for getting 5V CC at 2Amp, whit kind of solar panel it requires?
@MrBademy4 жыл бұрын
hey man wait, how do you get to make those? do you all heat them up too hard so they go like this ?
@1963stew8 жыл бұрын
Have you worked out the % increase in output when a unit of heat is applied? Does graphite thickness and amount of silicon crystal affect the %age output?
@PMMG4HYBRID8 жыл бұрын
+Stewart Mcleod I'm not overly concerned about the heat aspect. It's more of a positive environmental observation. Currently working on the addition of piezoelectric qualities without the need of stress within the crystal structure.
@1963stew8 жыл бұрын
That sounds interesting! So you can apply pressure without stress?
@PMMG4HYBRID8 жыл бұрын
+Stewart Mcleod Sort of. It's a tricky process in the permanent crystal formation.
@ebb24218 жыл бұрын
Open a supercap (carbon aerogel strips), put your mix in between and roll it back up. Maybe it will work in that and supply some serious current in a small volume....
@PMMG4HYBRID8 жыл бұрын
Interesting idea.
@ebb24218 жыл бұрын
Enough of them together, series-parallel, maybe self charge bank of batteries, ie Power Wall for the home. Get off the grid....
@PMMG4HYBRID8 жыл бұрын
You're reading my mind.
@ebb24218 жыл бұрын
Well, whataya waiting for;oP 1 KW 24/7 would do, 24KW bank... Another set for the car.....Yay Best of Luck
@StrategyYouDidntKnow5 жыл бұрын
i wonder when the cell is cracked like shown or the other way what would last longer. Interesting.
@anamericangosefishing21078 жыл бұрын
cool how many apms can it put out what are its practical applications
@PMMG4HYBRID8 жыл бұрын
+An American Gose fishing I'm quite certain that the amps per cell will be very low. We'll consider applications as we go.
@carlosmaggard65828 жыл бұрын
This is awesome where do you buy them?
@RadomKidsareme0005 жыл бұрын
just imagine Tesla putting this in their cars and heating the batteries in preparation for ludicrous mode! mega power.... I am curious to know, PMMG4HYBRID. What is the energy and power densities of these panels?
@brianwright41046 жыл бұрын
can you try a UV light on the silicon Graphite and other heat sources to get maximum to 2/3 capability and life out of them
@isaacjibben80995 жыл бұрын
My dad farms and we go thought thousands of KW every year powering our farm equipment and let me tell you a KW is not cheap!
@CoruscantMe3 жыл бұрын
Magnesium and copper seem to be the furthest apart on the triboelectric scale... so this is magnesium and melted silicon?
@CoruscantMe3 жыл бұрын
ah...magnesium and graphite... with your silicon foam mix in the middle as the electrolyte eh? If you use a paper towel made wet with salt water you should get about a 2.1vdc volt potential...
@KeithSalisbury7 жыл бұрын
So excited about your research!
@Arkangeli78 жыл бұрын
Are you still selling those resonant inertia pulse generators?
@PMMG4HYBRID8 жыл бұрын
+No Name Yes.
@hyperhektor77338 жыл бұрын
if you can rebuild the same effect from the lavarock, can you name the material? i guess you heat up SiO2 to 3500 degrees (flametemp) so you achive a surfacetemperature or around 1200-1400 degrees materialtemperature (Acetylen or H2 + Oxide Burners could do this) like in a vulcano, then mix some graphene on top or mix it up - done/bam ;) ?
@envirowisenz8 жыл бұрын
Quite energy intensive to produce with heat, but how long would the cells last?
@hyperhektor77338 жыл бұрын
Grant Simpson when you use HHO-Burners its very effective to produce the hightemp. heat since you only need high temperature on big surface but not on big volume. Therefore the overall Watthours will be very low. This technology could be the next big thing after Lithium-Batteries if it can be made easy.interesting to meet you on this video :D
@envirowisenz8 жыл бұрын
Hyper Hektor Thanks for sharing with us.
@alpergokcek67568 жыл бұрын
Your method will work? Mixing melted rock with graphite? I need more detail,im very interested on your method! -Thanks,please open source!
@hyperhektor77338 жыл бұрын
what Detail exactly?
@rgaleny6 жыл бұрын
PUT A SMALL PIECE OF COPPER AT ONE END
@fruokjfd79867 жыл бұрын
With all due respect sir you are to reveal yourself, we are impressed! can we go a bit further. What are these Silicon Graphite cells and how are they made. how can they be obtained?
@macguyver86985 жыл бұрын
Sir. I enjoy your contant. I remember when gas was passed by silicone and I thought this type of material of sorts. And made electric also somehow. Would that help on anything your creating???